For a system of nonlinear difference equations that models the dynamics of exploited biological populations, a locally optimal periodic solutionis constructed. If this solution is unstable, a stabilizing feedback in the harvesting is introduced. The method is applied to an age-structured population model in fishery as well as to a host-parasitoid system for which the number of hosts and the number of introduced parasitoids shouldbe minimized
Many recent advances in the theory of the optimal economic exploitation of renewable fish resources ...
In this paper, we establish the exploitation of a single population modeled by the Beverton-Holt dif...
Graduation date: 1988We investigate the optimal harvesting strategies for McKendrick type population...
For a system of nonlinear difference equations that models the dynamics of exploited biological popu...
This paper describes a prey-predator fishery model incorporating partial closure for the populations...
This paper deals with optimization in systems of biological populations adjusted to harvesting. Firs...
We study an optimal harvesting for a nonlinear age-spatial-structured population dynamic model, wher...
AbstractA harvesting problem is considered for a size structured population model with separable mor...
An algorithm is developed to determine the optimum sustainable yield subject to the condition that t...
AbstractHere we investigate an optimal harvesting problem for a nonlinear age-dependent population d...
In this work, the capture effort exerted on the adult population (or exploitable population) of a tw...
This paper describes a prey-predator model with stage structure for predator and selective harvestin...
This bio-economic model reduces essentially to a set of parametric coupled nonlinear differential eq...
We consider optimal strategies for harvesting a population that is composed of two local populations...
A harvesting fishery model is proposed to analyze the effects of the presence of red devil fish popu...
Many recent advances in the theory of the optimal economic exploitation of renewable fish resources ...
In this paper, we establish the exploitation of a single population modeled by the Beverton-Holt dif...
Graduation date: 1988We investigate the optimal harvesting strategies for McKendrick type population...
For a system of nonlinear difference equations that models the dynamics of exploited biological popu...
This paper describes a prey-predator fishery model incorporating partial closure for the populations...
This paper deals with optimization in systems of biological populations adjusted to harvesting. Firs...
We study an optimal harvesting for a nonlinear age-spatial-structured population dynamic model, wher...
AbstractA harvesting problem is considered for a size structured population model with separable mor...
An algorithm is developed to determine the optimum sustainable yield subject to the condition that t...
AbstractHere we investigate an optimal harvesting problem for a nonlinear age-dependent population d...
In this work, the capture effort exerted on the adult population (or exploitable population) of a tw...
This paper describes a prey-predator model with stage structure for predator and selective harvestin...
This bio-economic model reduces essentially to a set of parametric coupled nonlinear differential eq...
We consider optimal strategies for harvesting a population that is composed of two local populations...
A harvesting fishery model is proposed to analyze the effects of the presence of red devil fish popu...
Many recent advances in the theory of the optimal economic exploitation of renewable fish resources ...
In this paper, we establish the exploitation of a single population modeled by the Beverton-Holt dif...
Graduation date: 1988We investigate the optimal harvesting strategies for McKendrick type population...